B.Sc Radiotherapy Technology at KMC

Mangalore

Step into precision healthcare and transform patient care in oncology.

The Bachelor of Radiation Therapy Technology program is a four-year degree, with three years of academic study and a one-year clinical internship, designed to equip you with the skills to operate advanced radiotherapy machinery and support medical practitioners in treating malignant diseases. You gain a strong foundation in patient care, radiation safety, and treatment planning, preparing you to independently manage equipment such as Linear Accelerators, Cobalt-60 units, X-ray devices, and simulators.

The Bachelor of Radiation Therapy Technology offers an immersive academic environment where you experience practical clinical exposure, collaborative learning, and professional development. You receive guidance from experienced Radiotherapy Technologists and faculty, while actively participating in patient treatment, planning, and care. This approach ensures you leave the program ready to contribute effectively to oncology departments, improve patient outcomes, and advance healthcare practices.

Program Highlights

Advanced Clinical Training: Learn to operate Linear Accelerators, Cobalt-60, X-ray, and other radiotherapy equipment independently.

Treatment Planning Expertise: Perform simulator-based planning and CT image acquisition for precise therapy delivery.

Patient-Centric Care: Monitor both physical and psychological well-being of patients throughout treatment.

Professional Leadership: Train and supervise junior radiotherapy technologists, fostering teamwork and accountability.

Scientific Advancement: Participate in lectures, demonstrations, discussions, and debates to deepen knowledge across radiotherapy specialities.

Comprehensive Exposure: Access cutting-edge brachytherapy and IGRT facilities, supporting diverse cancer treatments.

Lab Work

Versa HD Linear Accelerator, GammaMed Iridium-192 HDR brachytherapy system, and CT simulators. Techniques like IMRT, VMAT, SRS/SBRT, and breath-hold methods for precise treatment delivery.

Patient Care

Engage with clinical departments and participate in multidisciplinary tumour board meetings, gaining insight into collaborative oncology treatment planning and patient management.

Internships

One-year clinical internship, working directly in hospital oncology units. You apply treatment protocols, prepare patient immobilisation moulds, and assist radiation oncologists under supervision

Lab Work

Versa HD Linear Accelerator, GammaMed Iridium-192 HDR brachytherapy system, and CT simulators. Techniques like IMRT, VMAT, SRS/SBRT, and breath-hold methods for precise treatment delivery.

Lab Work

Versa HD Linear Accelerator, GammaMed Iridium-192 HDR brachytherapy system, and CT simulators. Techniques like IMRT, VMAT, SRS/SBRT, and breath-hold methods for precise treatment delivery.

Program Details

Outcomes
Careers

Upon completion of this program, you can:

Deliver treatments on Linear Accelerators, Cobalt-60, and X-ray units with confidence and precision.

Acquire CT images, plan therapies, and prepare immobilisation moulds for accurate patient positioning.

Monitor patient physical and psychological well-being throughout treatment cycles.

Supervise junior technologists and contribute to the professional growth of peers.

Advance scientific understanding through discussions, presentations, and clinical demonstrations.

Work in multidisciplinary teams to ensure quality service in oncology care.

Industry and Academia Connect

Our meaningful collaborations with industry leaders and global universities enhance your career opportunities and higher education pathways.

Admissions Path

Apply online

Upload 10+2 Mark card

MET

Merit List

Physical / Online Counseling

Weightage

MET score - 50%

10+2 marks (Physics + Chemistry + Biology + English) - 50%

Note

Eligibility & Admission process may change per National Commission for Allied and Healthcare Profession (NCAHP) directions.

Weightage

MET score - 50%

10+2 marks (Physics + Chemistry + Biology + English) - 50%

Note

Eligibility & Admission process may change per National Commission for Allied and Healthcare Profession (NCAHP) directions.

Program Eligibility

QUALIFICATION

Indian Boards

You must have successfully completed 10+2 or an equivalent from a recognized board with Physics, Chemistry, Biology, and English as compulsory subjects, with a minimum aggregate of 50% marks in PCB.

A Levels

You must have successfully completed A Levels with Physics, Chemistry, and Biology at the A Level, English at the AS Level, and obtained a in PCB.

International Baccalaureate (IB)

You must have successfully completed the IB Diploma or IB Certificate with English, Physics, Chemistry, and Biology, with minimum Grade D average and an average of at least 4 points in PCB and an overall minimum of 24 points. You must also have: • A minimum of 3 points in each subject • 3 Higher Level (HL) and 3 Standard Level (SL) subjects • At least 2 science subjects at HL • The third science subject and English may be taken at either HL or SL

You must appear for MET 2027 and secure the required cutoff.

*Eligibility and admissions process are subject to change as per the guidelines issued by National Commission of Allied and Healthcare Profession (NCHAP)

Curriculum and Fees

Year 1
Year 2
Year 3
Year 4

During the Bachelor of Radiation Therapy Technology program, you build a foundation in basic sciences, including Physics, Chemistry, Anatomy, and Physiology, alongside introductory courses in radiation biology and oncology. You also learn patient care principles and basic radiotherapy equipment handling.

Program Duration

4 Years

Total Program fees

General:

INR 5,65,000

Total Program Fee

NRI/Foreign:

USD 8,751

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FAQs

Program Highlights

Advanced Clinical Training: Learn to operate Linear Accelerators, Cobalt-60, X-ray, and other radiotherapy equipment independently.

Treatment Planning Expertise: Perform simulator-based planning and CT image acquisition for precise therapy delivery.

Patient-Centric Care: Monitor both physical and psychological well-being of patients throughout treatment.

Professional Leadership: Train and supervise junior radiotherapy technologists, fostering teamwork and accountability.

Scientific Advancement: Participate in lectures, demonstrations, discussions, and debates to deepen knowledge across radiotherapy specialities.

Comprehensive Exposure: Access cutting-edge brachytherapy and IGRT facilities, supporting diverse cancer treatments.

Lab Work

Versa HD Linear Accelerator, GammaMed Iridium-192 HDR brachytherapy system, and CT simulators. Techniques like IMRT, VMAT, SRS/SBRT, and breath-hold methods for precise treatment delivery.

Patient Care

Engage with clinical departments and participate in multidisciplinary tumour board meetings, gaining insight into collaborative oncology treatment planning and patient management.

Internships

One-year clinical internship, working directly in hospital oncology units. You apply treatment protocols, prepare patient immobilisation moulds, and assist radiation oncologists under supervision

Lab Work

Versa HD Linear Accelerator, GammaMed Iridium-192 HDR brachytherapy system, and CT simulators. Techniques like IMRT, VMAT, SRS/SBRT, and breath-hold methods for precise treatment delivery.

Lab Work

Versa HD Linear Accelerator, GammaMed Iridium-192 HDR brachytherapy system, and CT simulators. Techniques like IMRT, VMAT, SRS/SBRT, and breath-hold methods for precise treatment delivery.